DL502: Difference between revisions
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* [http://w140.com/DD501-DL502-WR501.pdf Catalog Descriptions of DD501, DL502, and WR501 (PDF)] | * [http://w140.com/DD501-DL502-WR501.pdf Catalog Descriptions of DD501, DL502, and WR501 (PDF)] | ||
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It is used with the [[7D01 | It is used with the [[7D01]] or [[LA501W]] logic analyzers to detect narrow pulses in a data stream that cannot be detected by the logic analyzer alone. | ||
The DL502 has two inputs for [[P6451]] 8+1 channel probes and two output cables with the same connectors as the probes, to plug into the 7D01's inputs. | The DL502 has two inputs for [[P6451]] 8+1 channel probes and two output cables with the same connectors as the probes, to plug into the 7D01's inputs. Additionally the "Store Clock Out" connector of the [[7D01]] needs to be connected to the "Store Clock In" connector of the DL502. | ||
When paired with a [[LA501W]] the output connectors plug into the [[WR501]] that is part of the [[LA501W]] bundle. The [[LA501W]] must be modified with the [[012-0725-01|LA501W Clock Access Conversion Kit]] to provide the necessary clock for the "Store Clock In" connector of the DL502. | |||
{{BeginSpecs}} | {{BeginSpecs}} |
Revision as of 13:54, 26 August 2020
The Tektronix DL502 is a digital latch plug-in for the TM500 system.
It is used with the 7D01 or LA501W logic analyzers to detect narrow pulses in a data stream that cannot be detected by the logic analyzer alone.
The DL502 has two inputs for P6451 8+1 channel probes and two output cables with the same connectors as the probes, to plug into the 7D01's inputs. Additionally the "Store Clock Out" connector of the 7D01 needs to be connected to the "Store Clock In" connector of the DL502.
When paired with a LA501W the output connectors plug into the WR501 that is part of the LA501W bundle. The LA501W must be modified with the LA501W Clock Access Conversion Kit to provide the necessary clock for the "Store Clock In" connector of the DL502.
Key Specifications
Number of channels | 16 |
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Minimum pulse width | 5ns |
Minimum clock period | 20ns |
Pictures
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catalog image
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description